Three Dimensional Parametric Modeling of Thermal Power Plant Fan Based on JSOA Algorithm and Geometric Characteristics

The form of feature extraction of conventional 3D parametric modeling of thermal power plant fan is mostly set as target extraction, with a small coverage, resulting in a decline in the final conversion efficiency ratio. Therefore, a 3D parametric modeling of thermal power plant fan based on JSOA algorithm and geometric characteristics is proposed. According to the current measurement, basic data acquisition and pre-processing shall be carried out first, and multi-step method shall be adopted to expand the coverage and realize multi-step extraction of fan geometric characteristics. Based on this, the three-dimensional parametric modeling of thermal power plant fan with JSOA algorithm and geometric characteristics is realized by means of output and delivery verification. The test results show that, compared with the traditional fan geometry 3D parametric modeling of thermal power plant fans and the traditional sparse processing 3D parametric modeling of thermal power plant fans, the designed JSOA algorithm and geometric characteristics 3D parametric modeling of thermal power plant fans finally achieve a relatively high conversion efficiency ratio, which indicates that with the help of JSOA algorithm and geometric characteristics. The designed three-dimensional parametric modeling of thermal power plant fan has higher practical application effect, stronger pertinence, and the degree of implementation of modeling meets the standards.